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Correct typo and inconsistencies #92

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Apr 2, 2024
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Correct typo and inconsistencies #92

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28 changes: 14 additions & 14 deletions pulsar_spectra/models.py
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Original file line number Diff line number Diff line change
Expand Up @@ -202,7 +202,7 @@ def high_frequency_cut_off_power_law(v, vc, a, c, v0):
v : `list`
Frequency in Hz.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
a : `float`
Spectral Index.
c : `float`
Expand Down Expand Up @@ -232,7 +232,7 @@ def high_frequency_cut_off_power_law_intergral(vmin_vmax, vc, a, c, v0):
Where vmin is the minimum and vmax is the maximum frequency
in Hz for each flux density measurement's bandwidth.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
a : `float`
Spectral Index.
c : `float`
Expand Down Expand Up @@ -263,7 +263,7 @@ def high_frequency_cut_off_power_law_taylor(vmin_vmax, vc, a, c, v0):
Where vmin is the minimum and vmax is the maximum frequency
in Hz for each flux density measurement's bandwidth.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
a : `float`
Spectral Index.
c : `float`
Expand Down Expand Up @@ -406,7 +406,7 @@ def low_frequency_turn_over_power_law_taylor(vmin_vmax, vpeak, a, c, beta, v0):


def double_turn_over_spectrum(v, vc, vpeak, a, beta, c, v0):
"""Double turn over spectrum (has a low-frequency turnover and a high-frequency cut-off):
"""Double turn-over spectrum (has a low-frequency turn-over and a high-frequency cut-off):

.. math::
S_v = c \\left( \\frac{v}{v0} \\right)^{a} \\left ( 1 - \\frac{v}{vc} \\right ) \\exp\\left [ \\frac{a}{\\beta} \\left( \\frac{v}{vpeak} \\right)^{-\\beta} \\right ],\\qquad v < vc
Expand All @@ -416,7 +416,7 @@ def double_turn_over_spectrum(v, vc, vpeak, a, beta, c, v0):
v : `list`
Frequency in Hz.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
vpeak : `list`
Peak/turn-over frequency in Hz.
a : `float`
Expand All @@ -443,7 +443,7 @@ def double_turn_over_spectrum(v, vc, vpeak, a, beta, c, v0):

def double_turn_over_spectrum_intergral(vmin_vmax, vc, vpeak, a, beta, c, v0):
"""The bandwith intergration correction for the
double turn over spectrum (has a low-frequency turnover and a high-frequency cut-off)
double turn-over spectrum (has a low-frequency turn-over and a high-frequency cut-off)
using direct intergration (see :ref:`derivation <double_turn_over_spectrum_intergral>` for full equation):

Parameters
Expand All @@ -452,7 +452,7 @@ def double_turn_over_spectrum_intergral(vmin_vmax, vc, vpeak, a, beta, c, v0):
Where vmin is the minimum and vmax is the maximum frequency
in Hz for each flux density measurement's bandwidth.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
vpeak : `list`
Peak/turn-over frequency in Hz.
a : `float`
Expand Down Expand Up @@ -489,7 +489,7 @@ def double_turn_over_spectrum_intergral(vmin_vmax, vc, vpeak, a, beta, c, v0):

def double_turn_over_spectrum_taylor(vmin_vmax, vc, vpeak, a, beta, c, v0):
"""The bandwith intergration correction for the
double turn over spectrum (has a low-frequency turnover and a high-frequency cut-off)
double turn-over spectrum (has a low-frequency turn-over and a high-frequency cut-off)
using Taylor series expansion (see :ref:`derivation <double_turn_over_spectrum_taylor>` for full equation):

Parameters
Expand All @@ -498,7 +498,7 @@ def double_turn_over_spectrum_taylor(vmin_vmax, vc, vpeak, a, beta, c, v0):
Where vmin is the minimum and vmax is the maximum frequency
in Hz for each flux density measurement's bandwidth.
vc : `list`
Cut off frequency in Hz.
Cut-off frequency in Hz.
vpeak : `list`
Peak/turn-over frequency in Hz.
a : `float`
Expand Down Expand Up @@ -570,14 +570,14 @@ def model_settings(print_models=False):
a_s = -1.6
a_min = -8.
a_max = 3.
# Beta, he smoothness of the turn-over
# beta, the smoothness of the turn-over
beta_s = 1.
beta_min = 0.1
beta_max = 2.1
# High frequency cut off frequency
# frequency of the high-frequency cut-off
vc_s = 4e9
vc_both = None # will set the cut off frequency based on the data set's frequency range
# Lof frequency turn over frequency peak
vc_both = None # will set the cut-off frequency based on the data set's frequency range
# peak frequency of the low-frequency turn-over
vpeak_s = 100e6
vpeak_min = 10e6
vpeak_max = 2e9
Expand Down Expand Up @@ -626,7 +626,7 @@ def model_settings(print_models=False):
],
"double_turn_over_spectrum" : [
double_turn_over_spectrum,
"double turn over spectrum",
"double turn-over spectrum",
#(vc, vpeak, a, beta, c)
(vc_s, vpeak_s, a_s, beta_s, c_s),
[(vc_both), (vpeak_min, vpeak_max), (a_min, 0.), (beta_min, beta_max), (c_min, c_max)],
Expand Down
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